Date and time of opening: Wednesday, November 16, 2016 15: 00-16: 30 Place: Tsukuba University Research Building A 107 Participation Fee: Free Lecturer: Mr. Masatoshi Yamauchi (Researcher, National Institute for Space Physics, Sweden) Theme: “Activity of scientists immediately after nuclear accident”
ENEP offers free online courses.
Phase 1 Program
ENEP Special Joint Seminar in English「Risk management and Determination, subjected to radioactive materials in the water」
Study the monitoring radioactivity of the water in Italy.
ENEP Wrap Up Symposium (Guest lecture)
What skills and competencies do we need as a human resources in the field of nuclear science and technology? Learn it from the experts of radiation environmental risk management.
Special seminar
Lessons from Fukushima Nuclear Accident (2016)
Lecture materials
Video Lectures
International Internship in Assessment and Prognosis for Nuclear Emergency
Through the internship in Ukraine (Chernobyl), Austria (IAEA), UK (University of Liverpool, 2016), and France (IRSN, 2017), students learn practical knowledge and application skills.
Lecture materials
Video Lectures
- SEASCALE BEACH LECTURE(2016)
- PARTICLE HUNTING IN AEROSOL SAMPLING (2016)
- DALTON CUMBRIAN FACILITY TOUR (2016)
- CHERNOBYL LABORATORY (2016)
- PARTICLE HUNTING IN SOIL AND SEDIMENTS, AUTORADIOGRAPHY, FISH SAMPLING AND DISSECTION (2016)
- WATER FRACTIONATION, SEQUENTIAL EXTRACTIONS (2016)
- ENEP International Intership 2016(overview)
- International Internship in Assessment and Prognosis for Nuclear Emergency (2017)
Environmental Assessment and Prognosis for Nuclear Emergency III
We will introduce emergency monitoring, atmospheric diffusion, impact on agriculture, impact on rivers, lakes, ecosystems, measurement methods, etc. on the current situation and issues of emergency efforts against nuclear disasters.
Environmental Assessment and Prognosis for Nuclear Emergency II
We introduce state-of-the-art research on identification and distribution and behavior of extremely small radionuclides in the environment from the basis of radiation, animal and plant influences.
Lecture materials
Video Lectures
- Advanced technology for unmanned monitoring system (2016)
- Disaster Prevention Research (2016)
- Long-term Research in Fukushima Environmental Dynamics (2017)
- Phase out plan for Fukushima Daiichi Nuclear Power Plant (2017)
- Case studies of emergency response robots in the Fukushima Nuclear Accident and Introduction of Naraha Remote Technology Development Center (2017)
Environmental Assessment and Prognosis for Nuclear Emergency I
Understanding the radiation nuclide released into the environment as a result of a nuclear accident etc., the relationship between its diffusion, deposition and transition process and water / material circulation. In addition, we introduce monitoring method and modeling method for environmental impact assessment of nuclear disaster.
Lecture materials
Video Lectures
- 1. Radionuclides in the environment (2016)
- 2. History of nuclear accidents (2016)
- 3. Transfer and assessment of radionuclides in the environment -Distribution and migration of radiocesium in soils- (2016)
- 4. Transfer and assessment of radionuclides in the environment -Land distribution and migration- (2016)
- 5. Transfer and assessment of radionuclides in the environment -Distribution and migration in forests- (2016)
- 6. Modeling method; environmental transition (2016)
- 7. Modeling method; transition to ocean (2016)
- 8. Modeling method; translocation in plants (2016)
- 9. Radionuclides in the environment (2017)
- 10.History of nuclear accidents, Environmental release of radionuclides (2017)
- 11.Transfer and assessment of radionuclides in the environment -Atmospheric transport and deposition (2017)
- 12.Transfer and assessment of radionuclides in the environment -Transfer process; Terrestrial environment, river network and soil erosion – (2017)
- 13.Transfer and assessment of radionuclides in the environment -Distribution and migration in forests- (2017)
- 14.Modeling method; transition to ocean (2017)
- 15.Modeling method; translocation in plants (2017)
Monitoring and Modeling on Environmental dynamics of radionuclides II
We introduce state-of-the-art research on ultra-trace radioactive nuclide measurement, distribution and behavior in the environment from the basis of radiation, animal and plant influences.
Lecture materials
Video Lectures
- 1. Monitoring (2016)
- 2. Distribution and migration of radiocesium (Soil – Water) (2016)
- 3. Radionuclide Behaviour in the natural environment (2016)
- 4. Distribution in air and water (2016)
- 5. Transport of substances in water and atmosphere (2017)
- 6. Environmental sampling method for measuring radioactive materials (2017)
- 7. Dynamics of radioactive material in soil (2017)
- 8. Behavior and Measurement Method of Ultra Micron Radioactive Nuclides in the Environment I (2017)
- 9. Behavior of trace radionuclides in the environment and measurement method II (2017)
ENEP KICK-OFF SYMPOSIUM
A kick-off symposium of “Environmental and ecological impact risk management program (ENEP) by nuclear disaster” established at Department of Environmental Science, held on March 13, 2016 (Saturday). A lecture on the outline and environmental impact of nuclear disasters in each country such as Chernobyl (Ukraine), USA, Ireland, Russia.
Lecture materials
Video Lectures
- The impact of Sellafield discharges on the environment An Irish perspective
- Environmental effects of operating the Savannah River Site : A nuclear production facility
- Radioactive water contamination and its dispersal in South Ural (Mayak area) Review
- The incident of Chernobyl and subsequent forest contamination issues